The increasing integration of renewable resources and electric vehicles (EVs) presents new
requirements for the construction of a current distribution network. As an alternative of …

Because of the rapid development of electric vehicles (EVs), the energy management of
multimicrogrid (MMG) systems has attracted considerable research attention. The objective of …

Uncertainties on both the source and de-mand side pose challenges for the day-to-day
management of distributed power systems, such as microgrids (MGs). To harness the potential …

The resilience management of energy and power systems is of utmost importance in
mitigating the impact of extreme events, which have resulted in devastating disasters and …

Managing uncertainty is key to enhancing robustness in microgrids. This study focuses on
the uncertainties in aggregated electric vehicles (EVs) and establishes a two-layer model …

Massive access of renewable energy has prompted demand-side distributed resources to
participate in regulation and improve flexibility of power systems. With large-scale access of …

The consumption of traditional fossil energy brings inevitable environmental protection
problems, which also makes the low-carbon transition in industrial development imminent. In the …

In recent years, the resilience of distribution systems has faced challenges due to the
increasing frequency of extreme weather events and the intensifying global effects of climate …

The currently increasing integration of electric vehicles (EVs) in microgrids (MGs) has gained
significant attention. However, affected by the high uncertainties of weather, traffic, and …

The integration of local power generation units into integrated energy service providers (IESPs)
can enable IESPs to realize optimal resource allocation and provide multiple energy …